Imu Biomedical Science Entry Requirements

This program also aims to provide students with technical and analytical skills to conduct biomedical research. In addition, the programme also prepares them for postgraduate studies in a number of disciplines. IMU`s Biomedical Sciences programme is designed to meet high international standards and is accepted by Newcastle University, Australia, University of Otago, New Zealand, and University of Strathclyde, Scotland, England, for credit transfer into their Medical Laboratory Science and Biomedical Sciences programmes. The program included key features to prepare the modern biomedical scientist. Similarly, biomedical scientists are essential in the field of biomedical research, a sector that is at the forefront of the Malaysian government`s push towards developed nation status. It is also an area of activity that First Nations really enjoy. Graduates in biomedical sciences may pursue graduate studies in one of the related disciplines. You can also pursue a career in education. The biomedical degree can be used as a graduate entry into medicine.

Biomedical science graduates may also enter the police service in the field of forensics or enter science journalism. Applicants must have one at the time of entry: biomedical scientists typically work in laboratories in the fields of diagnosis, screening, surveillance, and research. More than 80% of medical diagnoses are based on the results of laboratory tests of biomedical scientists. Biomedical scientists process more than 150 million samples each year. If you`ve ever given a sample to a doctor or nurse for analysis, it was probably analyzed in the lab by a biomedical scientist. As a biomedical scientist, your skills and qualifications are recognised in the UK and around the world. The IMU Biomedical Science program has been accredited by the prestigious Institute of Biomedical Science (IBMS), UK. When you receive an IBMS accredited honours degree in biomedical sciences from the IMU, you will receive all the scientific knowledge, skills and training needed to start a career in biomedical sciences and register with the Health and Care Professions Council (HCPC) in the UK.

In addition to large group didactic lessons (plenary sessions), the programme is also taught through small group lessons (problem-based learning, practical laboratory work, workshops, computer-assisted learning, tutorials, seminars, presentations and appendices/internships). These small group classroom sessions provide opportunities to develop a range of skills needed by the biomedical scientist. Die Projekte im 6. The semesters offer the student the opportunity to conduct studies in the biomedical field, and it is hoped that students will later acquire the critical thinking and analytical skills required for higher education. As long as new strains of disease emerge and harm the health of our communities, biomedical science will play an important role in health care. Malaysia`s vision is to become a developed country by 2020. The focus is on various high-tech projects, including biomedical research. The promotion of biomedical research is essential for the progress of medicine and the further development of health care.

A biomedical scientist is a scientist trained in biology, especially in the context of medicine. These scientists strive to better understand the most important principles of how the human body works. They try to find new ways to cure or treat diseases by developing advanced diagnostic tools or new therapeutic strategies. If you already encounter our English skills and would like to attend a pre-session English lesson, you can register for our three-week online Module 3, which takes place between August and September. This is free when you enrol in the BSc (Hons) in Biomedical Sciences. They could also be employed in forensic laboratories, food and beverage companies, scientific publishers and laboratory suppliers. Some of our graduates choose to apply the transferable skills they have developed in a business role within the academic sector or beyond. This IMU biomedical degree is accredited by the Institute of Biomedical Science (IBMS), UK. All graduates with an IBMS accredited degree can apply for registration as a biomedical scientist with the Health and Care Professions Council (HCPC) in the UK upon completion of the IBMS Certificate of Competency training portfolio. Accreditation also allows the institution to become a member of HUCBMS (Heads of University Centres of Biomedical Science). The goal of this program is to train students in biomedical sciences that prepare them to work effectively in health care, including diagnosis, therapeutics, disease type determination, quality control, disease prevention, control, and treatment. With exposure to industrial connections and research, students will be better prepared to become a competent biomedical scientist after graduation.

Biomedical scientists may participate in medical, veterinary and agricultural research at universities and research and health institutions. Industries that employ biomedical scientists for research and development include pharmaceuticals, biotechnology, chemicals, cosmetics and toiletries. Examples of biomedical research include research into the causes and cures of diseases such as cancer, AIDS and hepatitis, animal cloning, gene therapy, and the discovery, development and production of biopharmaceuticals, diagnostics, and chemicals. Please contact the university for changes to admission requirements. IMU reserves the right to change these eligibility requirements from time to time. The IMU Biomedical Sciences program is designed for students who wish to gain an understanding of basic sciences related to medicine and develop skills in various biomedical fields. In the UK, biomedical scientists are employed in the NHS and private sector laboratories. They also work in organizations such as the National Blood Authority, the Health Protection Agency, and the Medical Research Council. They complete specialized modules in the four bioscientific disciplines of biomedical immunology, microbiology and biochemistry, hematology and immunodiagnostics, and cellular and molecular pathology. You will also learn about laboratory methods and ethics, data collection and presentation.